ENTAM - Test Report. Sprayer type: Trade mark: Model: Trailed Field crop sprayer Danfoil Eurofoil ConCorde 24/ECC

Transcription

1 ENTAM - Test Report Sprayer type: Trade mark: Model: Trailed Field crop sprayer Danfoil Eurofoil ConCorde 24/ECC Manufacturer: Danfoil production a/s JKI-Report: D Sjaellandsvej LOGSTOR DENMARK Sept. 2008

2 2 Assessment table No. Contents Assessment 1 Spray tank surface roughness + 2 Spray tank over volume ++ 3 Volume of total residual ++ 4 Spray tank contents gauge up to 20% Filling + 5 Spray tank contents gauge from 20% Filling ++ 6 Agitation system + 7 Width of nozzle bar section ++ 8 Boom height adjustment range ++ 9 Accuracy of pressure gauge diff. system 10 Accuracy of flow meter diff. system 11 Regulation speed Even transverse distribution + 13 Rinsing water tank Deviation of volume/hectare adjustment device + (spray computer) from desired value 15 Repeatability of volume/hectare adjustment ++ device (spray computer) Fig.1+2: Assessment table and assessment keys of important test results Note: The assessment keys are listed below. The detailed results are in the following test report. No. unit No. unit µm > <30 10 % <2 2 % 5-8 >8-12 >12 11 s > < of allow.value >2/3-3/3 1/3-2/3 <1/3 12 CV > <4 * dilutable >12-4 % < residue 10-12times 14times >14times 5 % < < % > <2 6 % > <5 15 % > <1 7 m > or less 16 % > <3 8 m > > % > <3 9 bar > > *) The rinsing water tank capacity was assessed according to the requirement of 10 times the dilutable residual of the main tank, measured according ISO with the sprayer in horizontal position. Free download of the test under: or

3 3 Technical data of sprayer l-tank. - Indirect level indicator (float). - rotating nozzle for internal cleaning. - Tank filling by pump or hydrant l rinsing water tank with internal heat exchanger for cooling of hydraulic oil. - Boom with 2 integrated centrifugal fans for air assistance and nozzle supply. - Spray boom 24 m. - Hydraulic folding (lateral). - 7 mechanical segments. - 6 pneumatic nozzles per meter boom width. - diaphragm pump type AR 185 bp with 160 l/min at 10 bar. - Air brakes - axle suspension mm ground clearance (axle) with tyre size 12.4 R Infinitely variable from mm nozzle height. - Boom suspension with 3 pendulum range. - Slope compensation up to 5 % gradient. - Damping system for horizontal and vertical oscillations. Dimensions and weights: total length: height: transportation width: unloaded weight: max. allowed weight: Fig.3: Diagram of sprayer 7050 mm 3780 mm 2700 mm 2900 kg (acc. type plate) 6600 kg

4 Framework / chassis: 4 Description of sprayer Framework made of steel profiles, axle with brake (dual circuit compressed air system), rigid drawbar (optional hydraulic steering drawbar) for lower clevis hitch or piton fix hitch. The trailed sprayer has a hydraulically spring-mounted chassis and a dual circuit-brake system and is thus authorised for speeds of up to 40 km/h. The locking brake is operated mechanically. The stand is operated hydraulically. Tank: 3000 l spray tank made of polyethylene with a level indicator using a float attached to a wire at the front on the right (scale gradations of 50 l). The tank is emptied using a spring-loaded valve below the tank. It is operated by a cable winch from the operator platform. There is a rotating cleaning nozzle in the middle tank area for cleaning the inside of the tank. The pressurised agitator, which can be switched off, consists of a stainless steel pipe which lies directly above the ground, with a total of 12 injector nozzles. Separate rinsing water tank made of polyethylene for diluting the Fig.4: Front side with draw bar, pump, suction technical residues, filter and front tank contents indicator

5 5 Description of sprayer cleaning the inside of the tank and rinsing the fluid-conducting sprayer parts when the sprayer is not in constant use. In addition, the rinsing water tank (Volume: 258 l) has an integrated heat exchanger for cooling the hydraulic oil of the fan drive. Spray boom with 7 segments and fans: The spray boom consists of a middle part (painted sheet steel) Fig.5: Axial fan with 800 mm rotor and two side parts made of pipes of glass fibre reinforced plastic, on the one hand for guiding the air and on the other hand as a supporting structure. The middle part has two hydraulically driven radial fans (air flow rate can be adjusted). Nozzles with pneumatic drop atomisation (Danfoil patent) with 6 atomisers for each m working width are situated on the boom air exits. The atomisers consist of a rubber form with an inserted distributor lip made of plastic and one dosing plate each. The liquid flows to the nozzles at low pressure (0.5 to 1.3 bar), is carried by the air and driven to the distribution lip. At the same time, the air which escapes supports the transport of the drops to the target area. The height of the boom can be adjusted hydraulically and infinitely using a lifting frame between Fig.6: Result table 400 and 2050 mm.

6 6 Description of sprayer The pendulum suspension has a central pendulum with a pendulum range up to 3 and hydraulic slope compensation up to 5 %. The boom is divided Fig.7: Manually operated control valves mechanically into 7 segments of which the outer segment (1.65 m) is flexible and can evade obstacles at the front and the back. Vertical and horizontal vibrations of the boom are compensated for by shock absorbers. It is possible to fold/unfold the outer boom element on one side only. Boom widths of 15, 18, 21, 27 and 28 m are also available on request. The radial fans are driven hydraulically. The amount of air is regulated on the suction side by an electromotive regulating flap. The settings for the fan can be checked using the air pressure indicator in the manifold and regulated by the operator. A pressure gauge for fluid pressure is not required. The noise level when driving past at a distance of 7 m to the sprayer is 83 db(a). Pipe/hose system: suction hose system. The spray fluid is taken from the spray tank using a suction hose and the control valve. If required, the fluid can also be drawn from the rinsing tank or the external suction connection by means of the control valve. Thanks to its position, the suction filter can easily be removed and cleaned when the tank is full.

7 7 Result table Pressurised pipe system: the fluid runs from the pump via a control valve with the settings spray, clean tank and draw PPP to the pressure control valve (control ball valve - controls the flow to the spray section valves). Fluid which is not required either flows without pressure back to the spray tank via a pressure control valve or is used for agitating in the tank via an adjustable pressurised agitator. After passing through the pressure regulation device, the fluid flows directly via the pressure filter to the spray section valves (7 in total) on the boom support and from there to the nozzles. Induction bowl: funnel-shaped tank made of polyethylene, no rinsing pipe inside the induction bowl but a rebound nozzle above the vent and a container rinsing device to the left on the sprayer frame (practical working height of 850 mm when swivelled out). The entire rinsing bowl can be cleaned easily by closing the lid and activating the container rinsing nozzle. The induction bowl has not been inspected by ENTAM. Control valves: the control valves consist of the control element AgroJoy 2001 and the terminal AgroMaster III XL, manufactured by V-teknik. The AgroJoy 2001 control element controls the hydraulic functions (lifting, lowering, folding together, unfolding, incline adjustment), the fan output adjustment and the central switch or the spray section switch. Special functions through accessories such as foam marking and drawbar steering are controlled via the operator interface. The controls can be situated either directly on the tractor seat arm or within the operator s reach. They are connected with the terminal by a cable. The terminal enables the operator to regulate application depending on the driving speed and the target value set.

8 It is possible to operate the sprayer by hand and with manual pressure adjustment. The terminal menu is divided into operate, info, filling and setups. In operate mode, the current speed and application in l/ha is shown. The system has a special feature for use when standing: for control purposes, for example, an internal speed of 3.5 k/h is simulated so that it is possible to measure distribution and to inspect dosing accuracy when standing. Info mode provides the usual summary of measured values for the ongoing application and the total litres and total area since setting up the system. Design: decentralised control valves with pressure regulation valve at the front of the sprayer and spray section valves on the boom support. AgroMaster and AgroJoy within sight and reach Fig.8: Result table of the operator. Shut-off valves: Switched off centrally by activating all the spray section valves at the same time; by using the electromotive valves without a pressure equaliser system, the pressure pipes can be shut off individually. Pressure adjustment valve: flow distribution regulator with fixed settings for cross-section; infinitely adjustable via an electric motor (flow distribution regulation for spray section valves and agitator/ return flow). Pressure relief by using the central switch and closing the spray section valves.

9 9 Result table tested assembly result (measured) spray tank over volume 8.23% * min. 5 % contents gauge graduation marks 50 * max. 100 l deviation 5.4% 2.6% * max. 7.5 % up to 600 l filling * max. 5 % between 600 and 3000 l rinsing tank surface roughness volume rinsing and dilution possible? 0.08mm * max 0.1 mm 258 l corresponding to 22.8** * min. 10times the times the dilutable volume dilutable volume yes can rinsing equipment rinsing efficiency < 0.001% * max % of can contents agitation system deviation from even concentration 14.08% *max. 15 % residual in l dilutable * max. 63 l non delutable 10,13 spray boom height adjustment range from - to nozzle ground contact protection nozzle dripping after switch off 400 mm mm yes 0 ml * max. 2 ml type of nozzle: Danfoil Eurofoil (nozzle for pneumatic drop build up) transverse distribution with setting: 50 l/ha; 7.2 km/h air pressure in sprayboom (mbar) boom height (cm) coefficient of variation (%) *(max. 9 %) volume/hectare adjustment device repeatability of adjustment adjusted flow rate in l/ha procedure deviation from CV *(< 3 %) adjusted value % *(max. 6 %) regulation time (s) with deviation > 10 % to adjusted switching of single sections 3.8 change of driving speed by 1.5 m/s to 2.0 m/s m/s to 2.5 m/s m/s to 2.0 m/s m/s to 1.5 m/s 2.7 **) measured with sprayer on level ground * max. 7 s * max. 7 s * max. 7 s * max. 7 s * max. 7 s Fig.9: Result table

10 10 Additional information At the time of publishing this report the sprayer is listed in the drift reduction class 75 % of the German drift reduction system, depending on the regulations of use. For more information about the assessment of this sprayer relating to the German drift reduction system see: Safety Tests The sprayer is equipped with safety pictograms (stickers) and operating instructions in the native language, which include further safety information. The sprayer carries a CE-mark and a vehicle identification plate. The CE-mark shows that a product fulfills the requirements defined for the respective EC directives and that the supplier has carried out the appropriate procedures to achieve conformity. The CE-mark is placed on the equipment by the manufacturer. The manufacturer confirms by doing so that the sprayer was designed and built in accordance with harmonised EC Directive 98/37/EEC and that standard EN 907 has been complied with. Explanation on testing: Testing takes place according to the Technical Instructions for ENTAM-Tests of boom sprayers (release 3). This procedure was developed by the competent testing authorities of the European countries participating in ENTAM and is based on the CEN standard EN Agricultural and forestry machinery Plant protection equipment for the application of plant protection products and liquid fertilisers. This test is only a technical performance test which takes place without an accompanying field test. The test results apply only to the tested appurtenances of the sprayer. Statements on the behaviour of the sprayer with different appurtenances cannot be derived from these results.

11 Responsibility and recognition Performing competent authority: Julius Kühn-Institute (Germany) Institute for Application Techniques in Plant Protection Messeweg D Braunschweig This test is recognized by the ENTAM members: BLT- Francisco Josephinum, Wieselburg 026/09 (Austria) AU/DAE - University of Aarhus - Department of AU/DAE/ENTAM Agricultural Engineering Sciences (Denmark) Cemagref - Institut de recherche pour l'ingénierie CEMAGREF/ENT/09/020 de l'agriculture et de l'environnement (France) I.A.M.C. Institute of Agricultural Machinery and Constructions (Greece) LE/118/01/ZZ HIAE Hungarian Institute of Agricultural Engineering (Hungary) D-18/2009 ENAMA Ente Nazionale per la Meccanizzazione Agricola (Italy) PIMR - Przemyslowy Instytut Maszyn Rolniczych Industrial Institute of Agricultural Engineering (Poland) ENTAM Rapporto di prova prestazionale 13/2009 PIMR - 32/ENTAM/09 CMA Generalitat de Catalunya EPHP 003/09 Centre de Mecanització Agrària (CMA) (Spain) ART - Agroscope Reckenholz-Taenikon (Switzerland) D-26.09